Cryptology ePrint Archive

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Channel Reputation Rank

#32
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Activity Status

Alive

last updated

According to the data and stats that were collected, 'Cryptology ePrint Archive' channel has an outstanding rank. The channel mostly uses medium-length articles along with sentence constructions of the advanced readability level, which is a result that may indicate difficult texts on the channel, probably due to a big amount of industrial or scientific terms.

About 'Cryptology ePrint Archive' Channel

The Cryptology ePrint Archive provides rapid access to recent research in cryptology. Papers have been placed here by th...

? Updates History Monthly Yearly
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? Content Ratio
JavaScript chart by amCharts 3.13.1Texts
? Average Article Length

Medium-length materials prevail on 'Cryptology ePrint Archive' that may be an effective tactic to grip their readers’ attention with a wider range of helpful content. There are also longer items making up more than one third of all articles, which can provide a deeper insight into their subjects. Moreover, there are a few short articles.

short

long

? Readability Level

Advanced readability level of 'Cryptology ePrint Archive' content is probably targeted at well-educated subscribers as not all readers might clearly understand their texts. There are also some articles with medium readability level.

advanced

basic

? Sentiment Analysis

Positive emotional expressions prevail throughout the texts: they may include favorable reviews, appreciation or praise in regard to the subjects addressed on the channel. However, the channel also contains some rather negative or critical records that make up just a small amount of all its content.

positive

negative

Recent News
Generation of Fast Finite Field Arithmetic for Cortex-M4 with ECDH and SQIsign Applications

Finite field arithmetic is central to several cryptographic algorithms on embedded devices like the ARM Cortex-M4, particularly for elliptic curve and...

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Threshold Receipt-Free Voting with Server-Side Vote Validation

Proving the validity of ballots is a central element of verifiable elections. Such proofs can however create challenges when one desires to make a protocol...

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Picking up the Fallen Mask: Breaking and Fixing the RS-Mask Countermeasure

Physical attacks pose a major challenge to the secure implementation of cryptographic algorithms. Although significant progress has been made in countering...

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Bridging Usability and Performance: A Tensor Compiler for Autovectorizing Homomorphic Encryption

Homomorphic encryption (HE) offers strong privacy guarantees by enabling computation over encrypted data. However, the performance of tensor operations...

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Lifeline: Optimal Byzantine Agreement Under Minimal Synchrony

The synchrony model allows Byzantine Agreement (BA) protocols to be deterministic, tolerate minority faults, and achieve the asymptotically optimal $O...

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FunBic-CCA: Function Secret Sharing for Biclusterings Applied to Cheng and Church Algorithm (Extended Version)

High-throughput technologies (e.g., the microarray) have fostered the rapid growth of gene expression data collection. These biomedical datasets, increasingly...

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Scalable Information Theoretic Evaluation of the Rank Statistics in Side-Channel Attacks

Evaluating the security of a device against side-channel attacks is a difficult task. One prominent strategy for this purpose is to characterize the distribution...

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CostSphere: A Cost Model-Driven Privacy-Preserving Machine Learning Framework with Network Context Adaptation

Privacy-preserving machine learning (PPML) is critical for protecting sensitive data in domains like healthcare, finance, and recommendation systems....

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Blink: A Family of Low-latency Tweakable Block Ciphers

We introduce a concrete instance of the LRW+ paradigm: the Three-Hash Framework (THF), a mode for constructing tweakable block ciphers that employs three...

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Two-Server Sublinear PIR with Symmetric Privacy and Statistical Security

The field of private information retrieval (PIR) has made significant strides with a recent focus on protocols that offer sublinear online time, ensuring...

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Can FrodoKEM Run in a Millisecond? FPGA Says Yes!

FrodoKEM is a post-quantum key encapsulation mechanism based on plain Learning With Errors (LWE). In contrast to module-lattice-based schemes, it relies...

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Unfortunately Cryptology ePrint Archive has no news yet.

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